TWI696939B - Boxing fitness device with cloud technology and detection method thereof - Google Patents

Abstract

A boxing fitness device with cloud technology and a detection method thereof are provided. The boxing fitness device with cloud technology includes a boxing board, a storage device, an indicating device, a plurality of sensing devices, a first wearable device, a second wearable device, and an operational unit. The notifying device may be disposed on the boxing board. The sensing device may be connected with the boxing board. The operational unit may electrically be connected to the sensing devices. In combination with different songs in the storage device, boxing and exercising may be performed to achieve a variety of exercise modes. The purpose of entertainment may also be achieved by converting the inputted music into a hitting indication or converting the signal detected from hitting into music including a scale, rhythm, volume, melody, and tone.

Description

Strike fitness device combined with cloud and its detection method

The invention relates to a cloud-based striking fitness device and a detection method thereof, and is a kind of device capable of detecting punches from users and combining music to achieve diversified sports modes, and can provide different striking fitness device connections for striking Ranking a combination of cloud-based strike fitness device and its detection method.

The conventional aerobic exercise equipment is mostly focused on training a certain part of the user's body, such as treadmills, flywheels and other multi-system muscles that use the lower body most, and there are few sports equipment that can fully exercise the whole body muscle groups. Furthermore, since most of the machines work independently, even if there are many people exercising in the sports space at the same time, for example, it is difficult to communicate with others and encourage each other. Easy to be boring. In addition, the mode provided by the exercise machine has limited changes. If the exercise machine is used to achieve the effect of fitness and entertainment, the expected effect can be relatively reduced. Therefore, a strike fitness device and its detection method are needed In order to improve the above-mentioned conventional problems.

The invention can detect the punching of the user to train the user's hand-eye coordination ability and the precision of motion control, and can provide a connection between the striking fitness devices for striking ranking, which can realize the group battle game, or borrow The group courses are led by coaches, and users inspire each other to increase the sports atmosphere. Furthermore, combining different songs of the storage device to carry out percussion fitness to achieve diversification of sports modes, and can convert input music into percussion instructions or the signal detected by percussion into musical scale, rhythm, volume, melody , Timbre, etc., to achieve the entertainment of sports and create personal sports music.

Based on the above object, the present invention provides a cloud-based striking fitness device, which includes a striking board, a storage device, a processing unit, a computing unit, a prompting device, a sensing device, a first wearing device, and a second wearing device. The storage device stores one or more items of scale, rhythm, volume, melody, timbre included in at least one song track. The processing unit obtains one or more items of scale, rhythm, volume, melody, timbre contained in at least one song track, and according to one or more items of scale, rhythm, volume, melody, timbre contained in the song track The operation generates the setting signal. The computing unit is electrically connected to the processing unit, and generates a first control signal according to the setting signal. The prompting device can be set on the striker board and send out prompting messages according to the first control signal. The sensing device is connected to the strike plate, and senses a strike of the strike plate by a user according to the prompt message, and generates a strike sensing signal. The computing unit can be electrically connected to the sensing device and the prompting device, and generates a second control signal according to the operation of the hit sensing signal. The prompting device sends a result message according to the second control signal.

Preferably, the striking fitness device may include a structure combined with a treadmill, a flywheel, a fan car, an exercise bike, a stepping machine, or an elliptical machine.

Preferably, it may further include a first wearing device and a second wearing device. When the first wearing device or the second wearing device approaches or contacts the pad, the sensing device may sense the first wearing device or the second wearing device, And generate the first sensing signal or the second sensing signal. Preferably, the user wears the first wearable device or the second wearable device on both hands, and approaches the first wearable device or the second wearable device in contact with the striker in a punching gesture. The processing unit further includes The control signal operation generates one or several items of the moving speed of the wearable device, the contact strength of the wearable device, the contact time of the wearable device, and the sensing frequency of the wearable device.

Preferably, the storage device may further include a cloud platform, a mobile phone, a tablet computer, a smart watch, a smart bracelet, a USB, a memory card, or an electronic watch installed on a striking fitness device, and the processing unit further includes moving according to the wearable device One or several operations in speed, contact strength of the wearable device, contact time of the wearable device, and frequency of the wearable device being sensed generate song tracks, and upload to the storage device, and the storage device may include an editing module to edit the song One or more of the scale, rhythm, volume, melody, timbre contained in the track.

Preferably, the prompting device generates an instruction message for striking the target according to the first control signal. The instruction message may be graphics, color, image, or sound to prompt the user to strike, and when the user hits the strike target, the hit rate decreases After a set time, the arithmetic unit reduces the speed of the indication message and slows down the rhythm of the song track; when the user hits one of the hit targets, the hit rate increases or stays the set time, the arithmetic unit increases the indication message The speed of production, and speed up the playback rhythm of song tracks.

Preferably, it may further include a detection device disposed in the first wearable device or the second wearable device to detect the user's physiological information including pulse rate, blood oxygen concentration, body temperature, blood pressure, etc., and generate a signal.

Preferably, the computing unit can generate proximity or contact data based on the first sensing signal or the second sensing signal, and the computing unit can further generate the data based on the first sensing signal, the second sensing signal, and the heartbeat signal. Score hitting data, and the processing unit can also communicate with at least another striking fitness device. The processing unit receives plural hitting data of the striking fitness device and ranks and displays the score.

Preferably, the first wearable device and the second wearable device may have different polarities, electrical properties, identification codes, or light wavelengths, or one of the first wearable device and the second wearable device has a sensed end, and the other At the sensing end, the sensing device can determine whether the user is approaching or touching the pad with the left or right hand according to the different polarities, electrical properties, identification code or light wavelength of the first wearable device and the second wearable device, or based on the presence or absence of the sensing signal ; Or the first wearable device and the second wearable device respectively generate the first signal and the second signal when approaching or touching the pad, and the sensing device can determine whether the user is approaching with the left hand or the right hand according to the first signal and the second signal Or touch the pad.

Preferably, the sensing device includes a force sensor, a pressure sensor, a magnetic sensor, a photoelectric sensor, an image sensor, an ultrasonic sensor and the like.

Preferably, the percussion pad includes a plurality of percussion zones, and the plurality of percussion zones respectively represent one of scale, rhythm, volume, melody, timbre corresponding to the song track.

Preferably, the sensing device senses the striking sensing signal of the striking zone, and can generate one or several items of scale, rhythm, volume, melody, timbre corresponding to the song track through the processing unit, and store it as a A song track.

Based on the above purpose, the present invention further provides a method for converting percussion into music, which includes the following steps: A music striking interface including a plurality of striking zones, which can be respectively set to form notes corresponding to music; a sensing device connected to the plurality of striking zones senses the user's striking of the pad, And generate a hit sensing signal; a processing unit converts the hit sensing signal into a corresponding note; an arithmetic unit generates the corresponding rhythm or high and low sounds of the height or length of the sensing signal; a storage unit, Record the notes and corresponding rhythm or high and low sounds produced in a period of time; convert the percussion into a music track.

10: Strike fitness equipment

20: Sports equipment

100: frame

101: connection structure

200: Pad

300: prompt device

301: prompt message

302: result message

400: sensing device

401: The first sensing signal

402: Second sensing signal

500: the first wearable device

501: the first sensed end

600: second wearable device

601: second sensed end

700: arithmetic unit

701: the first control signal

702: Error message

703: Hit data

704: Second control signal

800: processing unit

801: Set signal

900: storage device

901: Song track

1000: detection device

1001: signal

S101~S106: Method steps

FIG. 1 is a schematic diagram of the configuration of a striking fitness device according to an embodiment of the present invention.

FIG. 2 is a cross-sectional view of an impact fitness device according to an embodiment of the present invention.

FIG. 3 is a schematic diagram of a first implementation of a striking fitness device according to an embodiment of the present invention.

FIG. 4 is a schematic diagram of a second implementation of a striking fitness device according to an embodiment of the present invention.

FIG. 5 is a schematic diagram of a third implementation of a striking fitness device according to an embodiment of the present invention.

FIG. 6 is a flowchart of a method for detecting a fitness device according to an embodiment of the present invention.

In order to better understand the technical features, contents and advantages of the present invention and the achievable effects, the present invention is described in detail in conjunction with the drawings and in the form of expressions of the embodiments, and the drawings used therein have the main purpose of For the purpose of illustration and auxiliary description, it may not be the true scale and precise configuration after the implementation of the present invention, so the scale and configuration relationship of the attached drawings should not be interpreted and limited to the scope of the actual implementation of the present invention. Naming.

The following will describe embodiments of the striking fitness device and the detection method thereof according to the present invention with reference to related drawings. For ease of understanding, the same elements in the following embodiments are described with the same symbols.

Please refer to FIG. 1 to FIG. 6, which are the configuration schematic diagram, cross-sectional view, first implementation schematic diagram, second implementation schematic diagram, third implementation schematic diagram and detection method of the striking fitness device according to the embodiment of the present invention. Method flow chart.

The striking fitness device 10 of the present invention may include a frame 100, a pad 200, a prompting device 300, a sensing device 400, a first wearable device 500, a second wearable device 600, a computing unit 700, a storage device 900, and a detection device 1000 .

The striking plate 200 may be disposed in the frame 100, and in one embodiment, the frame 100 may include hard plastic, and the striking plate 200 may include an elastic material, such as silicone, rubber, etc., to absorb the impact force when struck, which can be reduced Use the impact force of the hand to prevent hand injury. In addition, the strike plate 200 may include a plurality of strike zones.

The storage device 900 can store one or more of the scale, rhythm, volume, melody, timbre contained in at least one song track 901, and in one embodiment, the song track 901 can be a song track, such as dance music, folk song, Rap songs etc. In an embodiment, the storage device 900 further includes a cloud platform, Mobile phones, tablet computers, smart watches, smart bracelets, USB, memory cards, or electronic watches installed on striking fitness devices, and the storage device 900 may include an editing module, which can be used to edit 901 songs One or more of the included scale, rhythm, volume, melody, timbre. In addition, the plural strike zones can respectively represent one of the scale, rhythm, volume, melody and timbre corresponding to the song track.

The processing unit 800 can be electrically connected to the storage device 900 to obtain one or more of the scale, rhythm, volume, melody, timbre contained in at least one song track 901, and according to the scale, rhythm, One or several operations in volume, melody, timbre generate the setting signal 801, and in an embodiment, the processing unit 800 may include a system composed of a computer, tablet computer, mobile phone, projection device, display screen, etc. The user can download the song track 901 from the storage device 900 through the mobile phone, and then edit the plurality of song tracks 901 (for example: change the rhythm, frequency, or composition of the song) to compose the setting signal 801, in addition, the user can also create The song track 901 is uploaded to the storage device 900 for others to download and use.

The computing unit 700 can be electrically connected to the processing unit 800, and the computing unit 700 generates a first control signal 701 according to the setting signal 801.

The prompting device 300 can be disposed on the pad 200 and send out a prompting message 301 according to the control signal 701, and in one embodiment, the prompting device 300 can include one or several items of a sound emitting element, an LED light emitting element, and a vibration motor To provide one or more of the information of sound, pattern, light and vibration.

In one embodiment, the arithmetic unit 700 generates the first control signal 701 by analyzing the scale, rhythm, volume, melody, timbre of the song track 901 in the setting signal 801, and the prompting device 300 receives the first control signal 701 to generate an attack target An instruction message, the instruction message can be graphics, color, image or sound to remind the user to strike, and when the user hits one of the hit targets the hit rate decreases After a set time, the computing unit 700 reduces the speed of the instruction message and slows down the rhythm of the song track 901; when the user hits one of the hit targets, the hit rate increases or stays flat for a set time, the computing unit 700 increases the instruction The speed of message generation and speed up the playing rhythm of song track 901. For example: when the user hits one of the hit targets and the hit rate drops below 50% for 2 minutes, the computing unit 700 reduces the speed of the indication message and slows down the rhythm of the song track 901, and when the user hits After the hit rate of the hitting target increases above 80% or stays flat for 2 minutes, the arithmetic unit 700 increases the generation speed of the indication message and speeds up the playing rhythm of the song track 901.

The sensing device 400 may be connected to the pad 200, and sense a user's striking of the pad 200 according to the prompt message 301, and generate a hit sensing signal. The sensing device 400 may include a force sensor, a pressure sensor, a magnetic sensor, a photoelectric sensor, an image sensor, an ultrasonic sensor, and the like. In an embodiment, the present case may further include a first wearable device 500 and a second wearable device 600. When the first wearable device 500 or the second wearable device 600 approaches or contacts the pad 200, the sensing device 400 may sense the first A wearable device 500 or a second wearable device 600, and generates a hit sensing signal. In another embodiment, the first wearable device 500 may include a first sensed end 501 and the second wearable device 600 may include a second sensed end 601. When the first wearable device 500 or the second wearable device 600 approaches or contacts the pad 200, the sensing device 400 can sense the first sensed end 501 or the second sensed end 601 and generate a first sensed signal 401 and the second sensing signal 402, and the first sensing signal 401 and the second sensing signal 402 correspond to the above-mentioned hitting sensing signal. The user can wear the first wearing device 500 and the second wearing device 600, and approach or touch the pad 200 with the left or right hand, for example, hit the pad 200, and in one embodiment, the first wearing device 500 and the second wearing device 500 The second wearable device 600 may include boxing gloves for the user to wear.

In addition, in one embodiment, the first sensed end 501 and the second sensed end 601 may include electronic markers, such as radio frequency tags (RFID tags), to facilitate the sensing device 400 to sense, And The electronic marker may be an active, semi-passive, or passive electronic marker according to requirements, so as to accurately and quickly determine that the pad 200 is hit by the user's left or right hand.

And in an embodiment, the sensing device 400, the first sensed end 501 and the second sensed end 601 may include Hall magnetic sensing elements, so the sensing device 400, the first sensed end 501 and The second sensed end 601 can be magnetically sensed, and the sensing device 400 can correctly know that the pad 200 is from the first wearable device 500 or the second wearable device with different amounts of magnetic change or magnetic change 600 approached or touched.

In another embodiment, the first sensed end 501 and the second sensed end 601 can have different polarities, electrical properties, identification codes, or light wavelengths, so the sensing device 400 can be based on the first sensed The polarities, electrical properties, identification codes, or light wavelengths of the measuring end 501 and the second sensed end 601 determine that the user is approaching or touching the pad 200 with the left or right hand, for example, hitting the pad 200.

In another embodiment, the first wearable device 501 and the second wearable device 601 may have different polarities, electrical properties, identification codes or light wavelengths, or one of the first wearable device 501 and the second wearable device 601 It has a sensed end and the other has no sensed end. Therefore, the sensing device 400 can be judged according to the different polarities, electrical properties, identification codes or light wavelengths of the first wearable device 501 and the second wearable device 601, or based on the presence or absence of the sensing signal The user approaches or touches the pad 200 with his left or right hand, for example, hits the pad 200.

In addition, the first sensed end 501 and the second sensed end 601 can also generate a first signal and a second signal when approaching or touching the pad 200, respectively, and the sensing device 400 can be based on the first signal and the second signal It is determined that the user is approaching or touching the pad 200 with a left hand or a right hand. For example, the first sensed end 501 and the second sensed end 601 may include a first pressure sensing unit and a second pressure sensing unit, respectively. When the user hits the pad 200, the first pressure sensing unit and the second pressure sensing unit can be produced separately The first signal and the second signal are generated, so the sensing device 400 can determine whether the user hits the pad 200 with the left or right hand according to the first signal and the second signal.

When the user approaches or touches with the left or right hand, for example, when hitting the pad 200, the sensing device 400 can sense the first sensed end 501 and generate the first sensing signal 401, when the second wearable device When 600 approaches or touches the pad 200, the sensing device 400 can sense the second sensed end 601 and generate a second sensing signal 402.

In an embodiment, the user wears the first wearable device 500 or the second wearable device 600 on both hands, and approaches the first wearable device 500 or the second wearable device 600 in contact with any pad in a punching gesture 200. The processing unit 800 further includes generating one or more of the movement speed of the wearable device, the contact strength of the wearable device, the contact time of the wearable device, and the frequency at which the wearable device is sensed according to the second control signal 704. The processing unit 800 further generates a song track 901 with rhythm, frequency and volume according to one or several operations of the movement speed of the wearable device, the contact strength of the wearable device, the contact time of the wearable device, and the frequency at which the wearable device is sensed, which can be uploaded To the cloud platform of the storage device 900. For example, the processing unit 800 may calculate the rhythm according to the moving speed of the wearable device and the contact time of the wearable device, calculate the volume according to the contact strength of the wearable device, and calculate the frequency according to the sensed frequency of the wearable device. That is to say, the sensing device 400 senses the hit sensing signal of the pad 200, and can generate one or several items corresponding to the scale, rhythm, volume, melody, timbre of the song track 901 via the processing unit 800, and pass The storage device 900 stores as a song track.

In another embodiment, the detection device 1000 may be further disposed in the first wearable device 500 or the second wearable device 600 (for example, at the wrist) to detect the user's pulse, blood oxygen concentration, and body temperature. Physiological information such as blood pressure, and generates a signal 1001, so that the user can know their own exercise intensity, and can calculate the calories consumed, in addition, in another embodiment, the fitness equipment 10 is also It can be integrated with the heart rate detection device of the exercise equipment 20, so as to know its own exercise intensity, and can calculate the calories consumed.

In addition, the computing unit 700 can be electrically connected to the sensing device 400 and the detecting device 1000, and can generate the second control signal 704 according to the hit sensing signal or the first sensing signal 401 or the second sensing signal 402. The prompting device 300 sends out the result message 302 according to the second control signal 704, for example, the prompting device 300 displays the result message 302 of the hit rate according to the second control signal 704. In another embodiment, the computing unit 700 can generate the second control signal 704 with the corresponding scale according to the hit sensing signal or the first sensing signal 401 and the second sensing signal 402, and the prompting device 300 according to the corresponding The second control signal 704 of the musical scale sends out the corresponding tune to increase the entertainment effect.

In an embodiment, the processing unit 800 can be electrically connected to the multiple striking fitness devices 10 at the same time, for example, to communicate via a network. In one embodiment, the computing unit 700 may further generate scored hit data 703 based on the first sensing signal 401, the second sensing signal 402, and the signal 1001, and the processing unit 800 receives a plurality of striking fitness devices A plurality of hit materials 703 of 10, and the score ranking and display of the plurality of hit materials 703. Therefore, in one embodiment, the striking fitness device 10 of the present invention can be connected by multiple persons to realize a group battle game. Each striking fitness device 10 can change the user's heartbeat, hit rate, pounds, and pedaling speed (stepping rhythm) It can be used in conjunction with music) to convert into corresponding scores and generate hit data 703, and transmit the hit data 703 to the processing unit 800. When the processing unit 800 receives a plurality of hit data 703, the processing unit 800 performs a plurality of hits The ranking and display of the scores of the material 703 select the champion and increase the excitement of the competition.

To further explain, the processing unit 800 may include a system composed of a computer, a tablet computer, a mobile phone, a projection device, a display screen, etc., which can be adjusted according to the number of users, for example, if a group battle game is performed, or by a coach When leading a group course and many users, except In addition, each user can use the near-end tablet computer or mobile phone to view their own hit data 703, and can also set up a large projection screen in this sports space, such as a classroom, to project each user's data here On the projection screen, they stimulate each other to increase the sports atmosphere. Or the group course is led by the coach, and the coach sends the song track to each student’s fitness device in real time, so that each student has the same class of combating the fitness device (for example, the same frequency of hitting or the same class), so Sort each student's score and check the training effect of the student. Or provide a contest song through the website, let the contestants download the contest song, send it to the fitness device, and convert it into a unified combat contest course, and then upload the score to start the scoring contest.

In addition, in an embodiment, the frame 100 may further include a connection structure 101, which may be connected to the sports equipment 20, and the sports equipment 20 may include a treadmill, a flywheel, a fan car, an exercise bike, a stepping machine, or an elliptical machine. Therefore, the striking fitness device 10 of the present invention can be connected to various suitable sports equipment 20, so that the user can also use the striking of the present invention in addition to the preset sports of the original sports equipment 20, such as jogging, stepping on the flywheel, etc. The fitness device 10 exercises the upper body. In addition, if the frequency of punching is fast enough, it will cause rapid physical energy consumption and increase heart rate, so the user can safely perform high-intensity interval training (high intensity interval training (HIIT), which can exercise the lactic acid system in the three major energy systems of the human body, and will not only be able to exercise to the aerobic system like the aerobic equipment in the past, the striking fitness device 10 of the present invention can provide diversified training .

Therefore, the strike fitness device of the present invention can detect that the user is approaching or touching the strike plate 200 with the left or right hand, and the detection method of the strike fitness device 10 of the present invention can include the following method steps:

S101: Use the processing unit 800 to obtain the scale, rhythm, volume, melody, timbre contained in at least one song track 901 of the storage device 900, and according to the scale, song scale 901 contained in the song track 901 One or several operations of rhythm, volume, melody, timbre generate the setting signal 801. In one embodiment, the song track 901 may be dance music, folk song, rap song, etc. The processing unit 800 may include a system composed of a computer, tablet computer, mobile phone, projection device, display screen, etc. For example, the user may The song track 901 is downloaded by the storage device 900, and then the settings are calculated and generated according to one or more of the scale, rhythm, volume, melody, timbre contained in the song track 901 (for example: changing the rhythm, frequency, or composition of the song) The signal 801. In addition, the user can also upload the created song track 901 to the storage device 900 for others to download and use.

S102: The operation unit 700 generates the first control signal 701 according to the setting signal 801. In one embodiment, the arithmetic unit 700 generates the first control signal 701 by analyzing the scale, rhythm, volume, melody, timbre of the song track 901 in the setting signal 801.

S103: The prompt device 300 sends a prompt message 301 to the pad 200 according to the first control signal 701, and the user can approach or touch the pad 200 according to the prompt message 301, and the user can approach the left or right hand according to the prompt message 301 or The pad 200 is contacted, and the left and right hands of the user can wear the first wearing device 500 and the second wearing device 600, respectively. In one embodiment, the prompting device 300 receives the first control signal 701 to generate an instruction message to strike the target to prompt the user to strike.

S104: A sensing device 400 connected to the pad 200 senses a user's striking of the pad 200 according to the prompt message 301, and generates a hit sensing signal. More specifically, the sensing device 400 connected to the pad 200 senses the first sensed end 501 of the first wearing device 500 worn by the user and the second sensed end 502 of the second wearing device 600 And generate the first sensing signal 401 and the second sensing signal 402 respectively.

S105: The second control signal 704 is generated by the arithmetic unit 700 according to the impact sensing signal. More specifically, the second control signal 704 is generated by the arithmetic unit 700 according to the first sensing signal 401 and the second sensing signal 402.

S106: The prompting device 300 sends a result message 302 according to the second control signal 704. For example, the prompting device 300 displays the result message 302 of the hit rate according to the second control signal 704.

In another embodiment, the computing unit 700 can further generate a second control signal 704 with a corresponding scale according to the hit sensing signal or the first sensing signal 401 and the second sensing signal 402, and the prompting device 300 based on the The second control signal 704 corresponding to the musical scale sends out a corresponding tune to increase the entertainment effect.

When the left or right hand of the user approaches or touches the pad 200 where the prompt message 301 is not displayed, the computing unit 700 can control the prompt device 300 to display the error message 702 according to the first sensing signal 401 or the second sensing signal 402.

To further explain, in one embodiment, the prompting device 300 can display the prompting message 301 on the pad 200 within a period of time. The user can approach or touch the pad 200 with the left or right hand according to the prompting message 301, and the sensing device 400 can sense the first wearable device 500 or the second wearable device 600, for example, the prompting device 300 can display at least one prompting message 301 on the pad 200 within 1 second, for example, LED lighting elements can be used within 1 second A reminder pattern is displayed to remind the user to approach or touch the pad 200, and if the user can use the processing unit 800 to adjust the prompt device 300 to display different prompt messages 301 to change the difficulty of hitting the pad 200, for example, The number of display prompt messages 301 is increased in a shorter time to increase the difficulty of hitting the pad 200.

The user can approach or touch the pad 200 on either side of the left or right hand, or approach or touch the pad 200 corresponding to the midline position of the body with either hand. If the user does not approach or touch the pad 200 on the opposite side, The computing unit 700 can control the prompting device 300 to display an error message 702, and when used When the user approaches or touches the pad 200 where the prompt message 301 is not displayed, the sensing device 400 can sense the first wearing device 500 or the second wearing device 600, and the computing unit 700 can control the prompt device 300 to display the error message 702.

More specifically, if the user can wear the first wearing device 500 with the left hand and the second wearing device 600 with the right hand, the left hand should approach or touch the pad 200 on the right side of the user, and the right hand should approach or touch the user The pad 200 on the left side, and the pad 200 corresponding to the midline position of the user's body can be approached or contacted by the first wearing device 500 or the second wearing device 600, and when the user approaches or touches the wrong pad 200 At this time, the computing unit 700 will control the prompting device 300 to display an error message 702.

In addition, the present invention further provides a method for converting hits into music, which includes the following steps: first, a music pad 200 including a plurality of strike zones, each of the strike zones can be individually set to form notes corresponding to music. Second, the sensing device 400 connected to the plurality of striking zones senses the striking of the striking plate 200 by the user, and generates a striking sensing signal. Third, the processing unit 800 converts into corresponding notes according to the hit sensing signal. Fourth, the arithmetic unit 700 will sense the level or length of the signal to generate a corresponding rhythm or high and low sound. Fifth, the storage device 900 records the notes generated during a period of time and the corresponding rhythm or bass, and thus converts the percussion into a music track 901.

Therefore, the striking fitness device and its detection method of the present invention can accurately detect whether the user approaches or touches the striking pad 200 with the correct hand, and can be integrated with the sports equipment 20 to provide a variety of sports methods for training Heart and lung function. In addition, the user can train at least triceps, deltoid muscles and their antagonistic muscle groups, such as biceps, and core muscle groups to stabilize the torso. In addition, depending on the sports equipment 20 paired with the lower body muscles Groups, such as the quadriceps, are trained to varying degrees to achieve the goal of full-body muscle group training. In addition, since the user must hit the correct pad 200 Therefore, it can also train the coordination of the whole body and increase the degree of control of the body, which can increase the coordination ability of the hands and eyes, and the precision of movement control. Furthermore, combining different songs of the storage device 900 to perform percussion fitness to achieve diversification of sports modes, and convert input music into percussion instructions and percussion into music, so as to realize the entertainment of sports.

The above is only exemplary, and not restrictive. Any equivalent modifications or changes made without departing from the spirit and scope of the present invention shall be included in the scope of the attached patent application.

10: Strike fitness equipment

20: Sports equipment

100: frame

101: connection structure

200: Pad

300: prompt device

301: prompt message

302: result message

400: sensing device

401: The first sensing signal

402: Second sensing signal

500: the first wearable device

501: the first sensed end

600: second wearable device

601: second sensed end

700: arithmetic unit

701: the first control signal

702: Error message

703: Hit data

704: Second control signal

800: processing unit

801: Set signal

900: storage device

901: Song track

1000: detection device

1001: signal

Claims (9)

A striking fitness device combined with cloud, the striking fitness device includes: a striking board; a storage device, which stores one or several items of scale, rhythm, volume, melody, timbre contained in at least one song track; a processing unit , Obtain one or more of the scale, rhythm, volume, melody, timbre contained in the at least one song track, and according to one or several of the rhythm, frequency, left and right channel volume contained in the song track Operation generates a setting signal; an operation unit is electrically connected to the processing unit, and generates a first control signal according to the setting signal operation; a prompt device is provided on the striker board and based on the first control The signal sends out a prompt message; a sensing device is connected to the pad respectively, and senses a user hitting the pad according to the prompt message, and generates a hit sensing signal; and a first A wearable device and a second wearable device; wherein the computing unit is electrically connected to the sensing device and the prompting device, and generates a second control signal according to the hit sensing signal; and wherein the prompting device is based on the first Two control signals send out a result message; where the pad contains a plurality of strike zones, the plurality of strike zones respectively represent one of the scale, rhythm, volume, melody, timbre corresponding to the song track; where the first wear When the device or the second wearing device approaches or contacts the pad, the sensing device senses the first wearing device or the second wearing device, and generates a first sensing signal or a second sensing signal. As described in item 1 of the patent application scope, a combination of cloud-based striking fitness device, wherein the striking fitness device further includes a structure combined with a treadmill, flywheel, fan car, exercise bike, stepping machine or elliptical machine. As described in item 1 of the patent application scope, a cloud-based striking fitness device, in which the user wears the first wearable device or the second wearable device on both hands, and wears the first wearer in a punching pose The device or the second wearable device approaches or contacts the pad, and the processing unit further includes generating a movement speed of the wearable device, a contact strength of the wearable device, a contact time of the wearable device, and a sensed wearable device according to the second control signal One or several items in the measurement frequency. As described in item 3 of the patent application scope, a combination of cloud-based striking fitness device, wherein the storage device further includes a cloud platform, mobile phone, tablet computer, smart watch, smart bracelet, USB, memory card, or installed in striking fitness On the electronic watch of the device, the processing unit further includes one or several operations to generate the song track according to the movement speed of the wearable device, the contact strength of the wearable device, the contact time of the wearable device, and the sensed frequency of the wearable device, And upload it to the storage device, and the storage device includes an editing module to edit one or several items of the scale, rhythm, volume, melody, timbre contained in the song track. As described in item 1 of the patent application scope, a cloud-based striking fitness device, wherein the prompting device generates an indication message of the striking target according to the first control signal, and the indication message is a graphic, color, image, or sound to prompt The user hits, and when the hit rate of the user hits one of the hit targets decreases by a set time, the arithmetic unit reduces the generation speed of the indication message and slows down the playing rhythm of the song track; when it is used When the hitting rate of one of the hit targets increases or stays the same for a set time, the computing unit increases the generation speed of the indication message and accelerates the playing rhythm of the song track. As described in item 1 of the patent application scope, the cloud-based striking fitness device further includes a detection device disposed in the first wearable device or the second wearable device to detect a user's pulse Physiological information such as blog, blood oxygen concentration, body temperature, blood pressure, etc., and generate a signal. As described in item 6 of the patent application scope, a combination of cloud-based striking fitness device, wherein the arithmetic unit further generates a striking data with a score according to the first sensing signal or the second sensing signal, and the processing unit It also communicates with at least another striking fitness device, and the processing unit receives the plurality of striking data of the plurality of striking fitness devices and performs score ranking and display. The combination of cloud-based striking fitness device as described in item 1 of the patent application scope, wherein the first wearable device and the second wearable device have different polarities, electrical properties, identification codes or light wavelengths, or the first wearable device One of the device and the second wearable device has a sensed end, and the other has no sensed end. The sensing device is based on the different polarities, electrical properties, identification codes, or light of the first wearable device and the second wearable device Wavelength, or based on the presence or absence of a sensing signal, it is determined that a user is approaching or touching the pad with the left or right hand; or the first wearable device and the second wearable device generate a first respectively when approaching or touching the pad A signal and a second signal. The sensing device determines that the user is approaching or touching the pad with the left or right hand according to the first signal and the second signal. A method for converting a hit into music, which includes the following steps: a pad including a plurality of strike zones, the plurality of strike zones are respectively set to form notes corresponding to music; a first wearing device and a second wearing device are provided The device senses that the user strikes one of the striker plates with the first wearing device or the second wearing device with a sensing device connected to the plurality of strike zones, and generates a strike sensing signal; A processing unit converts the hit sensing signal into corresponding notes according to the hitting signal; a computing unit generates the corresponding rhythm or high and low sounds according to the height or length of the hit sensing signal; and generates a recording unit for a period of time Note and corresponding rhythm or high and low bass; and converting the percussion into a music track; wherein when the first wearing device or the second wearing device approaches or contacts the pad, the sensing device senses the first A wearable device or a second wearable device, and generates a first sensing signal or a second sensing signal as the hitting sensing signal.

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